1. Open the ClassicGardens-06 workbook from your student data files and save it as (your initials) Excel 6-5.

2. Create a nested INDEX and MATCH function to display the number of responses from a city

a.Click the Mailings sheet tab and select and name cells A3:D28 as Responses.

b. Click the Mailing Stats sheet tab.

c. Click cell B21 and type Carthage.

d. Click cell C21, start an INDEX function, and select the first argument list option.

e. Choose the Responses range for the Array argument.

f. Click the Row_num box and nest a MATCH function. Select cell B21 for the Lookup_value and cells A3:A28 on the Mailings sheet for the Lookup_array. Click the Match_type

argument box and type o.

8. Click INDEX in the Formula bar. Click the Column_num box and nest a second MATCH function to look up cell D3 on the Mailings sheet in the lookup array A3:03

h. Click the Match_type box and type o (Figure 6-105).

i. Format the results to show zero decimal places,

j. Type Smyrna in cell B21. 3. Use DSUM to summarize mailing data.

a. On the Mailings sheet, note that number sent is located in the third column and response data is in the fourth column.

b. Click the Criteria sheet tab. Select cell B2 and type lan to select data for the Landscape Design department

c. Click the Mailing Stats sheet tab and select cell B7.

d. Use DSUM with the range name Responses as the Database argument. Type 3 for the Field argument, and use an absolute reference to cells B1:B2 on the Criteria sheet as the Criteria argument.

e. Copy the formula to cell C7 and edit the Field argument to use the fourth column.

f. Complete criteria for the two remaining departments on the Criteria sheet.

g. Click the Mailing Stats sheet tab and select cell B8.

h. Use DSUM in cells B8:C9 to calculate results for the two departments.

4. Use SUM in cells Bio:Cio.

5. Format all values as Comma Style with no decimal places.

6. Create an IFS function to display a response rating.

a. Click cell D7. The response rate and ratings are shown in rows 14:18.

b. Start an IFS function and select C7 for the Logical_testi argument. Type / for division and select cell B7. Type >= 20% to complete the test.

c. Click the Value_if_true box, select C15, and press F4 (FN+F4) (Figure 6-106).

d. Click the Logical_test2 box, select C7, type /, select cell B7, and type >=15%

e. Click the Value_if_true2 box, click cell C16, and press F4 (FN+F4).

f. Complete the third and fourth logical tests and value_if_true arguments (Figure 6-107).

g. Copy the formula in cell D7 to cells D8:Dio.

7. Use SUMIFS to total insurance claims and dependents by city and department.

a. Click the Employee Insurance sheet tab and select cell E25.

b. Use SUMIFS with an absolute reference to cells F4:F23 as the Sum_range argument.

c. The Criteria_rangei argument is an absolute reference to cells E4:E23 with Criteriai that 6-107 Completed IFS function arguments will select the city of Brentwood.

d. The Criteria_range2 argument is an absolute reference to the department column with criteria that will select the Landscape Design department.

e. Complete SUMIFS formulas for cells E26:E28. Use the first three letters for the criteria.

f. Format borders to remove inconsistencies, if any, and adjust column widths to display data.

8. Use DATEVALUE to convert text data to dates.

a. Click the Birth Dates sheet tab and select cell 04. The dates were imported as text Merge Cert and cannot be used in date arithmetic.

b. Select cells D4:D23 and cut/paste them to cells G4:G23

c. Select cell H4 and use DATEVALUE to convert the date in cell G4 to a serial number.